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For the Course Project, you are going to build your own personal jukebox. The jukebox will be capable of playing virtually any .WAV file in any order that you please. You will be supplied with a number of blues tunes and popular songs from the early part of the 20th century (so we don't run into copyright infringements). You may certainly add your own cuts if you so desire.This week, you will do the analysis of the Course Project--basically, you will define the problem. Come up with an understanding of what the program should do and what the output should be. Have a clear idea of what data (or input) are given and the relationship between the input and the desired output.When you feel like you have accomplished this task, write up a short paper detailing your analysis and submit it to the Week 3 Course Project Dropbox. Please use Microsoft Word to complete your paper. This is a totally free-form project; there are no rules. Just generate your perspective of the project at this time. How do we do this analysis? That's the purpose of the threaded discussion. Get some ideas and then turn them into a document.(I don't need the jukebox done just the written paper)
14.0 moles of gas are in a 8.00 Liter tank at 21.0 Celcius. Calculate the difference in pressure between methane and an ideal gas under these conditions. The van der Waals constants for methane are a= 2.300L^2 x atm/mol^2 and b=.0430 L/mol.
An aqueous solution of hydroiodic acid is standardized by titration with a 0.182 M solution of barium hydroxide. If 17.7 mL of base are required to neutralize 21.9 mL of the acid, what is the molarity of the hydroiodic acid solution
Define the Henry's Law constant for sulfur dioxide gas in water at 25 degrees Celsius is 1.47 mol/L-atm. Compute the solubility of sulfur dioxide in water at 25 degrees Celsius in moles/L if the partial pressure of sulfur dioxide in the headspace ..
What are the protons and neutrons that are emitted from a helium atom called? Atomic mass is expressed in atm.
According to the Balmer-Rydberg equation, transitions from n= 5 to m= 2 result in a photons of light that give rise to a spectral line with what color
a water solution containing 2.00 g of an unknown molecular substance dissolved in 10.00 g of water has a freezing point
Provide simple instructions for preparing 1.00 L of a solution having pH = 7.00 at 298 K. Your instructions should include the volumes of the solutions required. (1b) What is the buffer capacity of the resulting solution.
A precipitate again formed and was filtered off. Finally, the solution was treated with a sodium carbonate solution, which resulted in no precipitation. Which metal ions were definately present, which were definately absent, and which may or may n..
How many grams of KNO2 must be added to 5.00 liters of 0.67 M HNO2 solution to produce a buffer with pH = 3.15?
Assume that the estimates of the standard deviation for the mean mass of a series of three measurements, a serious of six measurements, and a series of nine measurements were identical.
A student determined the Kf (f as lower subscript) of t-butyl alcohol using tap water instead of distilled or deionized water. Describe the problems that might have been encountered. How would these problems affect the magnitude of Kf?
If the of a 1.00-. rainfall over 1500 miles^2 is 3.60, how many kilograms of sulfuric acid, , are present, assuming that it is the only acid contributing to the? For sulfuric acid, is very large and is 0.012.
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